Long materials storage rack
LM Logic D-12

The LM Logic D-12 from aalbers|farina is an innovative solution for storing pipes, bar material and profiles, specifically designed for large material lengths of up to 12 metres. This automated long materials storage rack makes it easier to retrieve materials and store residual material efficiently, resulting in significant cost savings and improved operations. The average payback period of this system is only three years, making it a profitable investment for companies looking to optimise their storage capacity.

The LM Logic D-12 is specially designed to make the most of the available floor space. Using the full building height and with drawers that can each support up to 5,000 kilograms, long and heavy pipes and profiles can be stored efficiently. This system allows companies to store more stock in less space, saving valuable floor space.

The LM Logic D-12 storage rack system from aalbers|farina can be easily integrated into existing processes and offers flexibility from a simple stand-alone application to full automation within an Industry 4.0 environment. This makes it possible to increase efficiency and transparency in your warehouse management. Through integration with ERP systems, item changes can be automatically synchronised, allowing you to always have insight into current stock, identify shortages and control logistics systems effectively. The storage system can also facilitate stock reservations from the ERP system and support pick lists, ensuring seamless integration of logistics and production.

Another advantage of the LM Logic D-12 is its ability to efficiently manage material and residual material. The system allows users to easily track items by filtering by criteria such as height, width, thickness, batch number or reservation. This functionality makes it easier to always find the right materials quickly, increasing productivity and minimising wasted time.

The drawers of the LM Logic D-12 are sendzimir galvanised, ensuring a long service life and protection of the stored materials. This ensures that materials such as pipes and profiles remain well protected from damage, contributing to lower replacement costs and less material loss. Moreover, the system is designed with sustainability in mind, with energy recovery being possible via an advanced module, which helps to support environmental goals.